Faculty

Institution

Unit

Venue

Andrew Gellman

Lord Professor Lord Professor of Chemical Engineering

Carnegie Mellon University

Affiliations

College of Engineering

Chemical Engineering

Materials Science and Engineering

Mellon College of Science

Chemistry

Andrew Gellman is currently serving as a Chemical Engineering Lord Professor Lord Professor of Chemical Engineering at Carnegie Mellon University.

Honors

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Experiences

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Education

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Andrew Gellman

Carnegie Mellon University

Lord Professor Lord Professor of Chemical Engineering

You can click a keyword to filter the displayed items

materials science surface science chemistry surface chemistry applied physics chemical engineering interface science physical chemistry catalysis nanotechnology transition metal chemistry surface reactivity material chemistry thin films metals surface characterization tribology inorganic chemistry surface analysis adsorption materials engineering chemical sciences material research advanced materials nanoparticle research coordination chemistry asymmetric catalysis friction surface engineering thin film processing membrane science catalytic process oxidation resistance transition state catalyst preparation catalytic materials industrial catalysis surface segregation thermal engineering surface processing tartaric acid surface nanotechnology surface treatments nanostructure synthesis electronic materials surface modification separation technology membrane technology quantum chemistry molecular catalysis surface modeling aspartic acid chiral surfaces enantiospecific adsorption desorption kinetics mechanical science oligomer desorption enantiospecific desorption high-throughput characterization vacuum device metal surfaces enantioselective separation adsorbed alkoxides additive manufacturing nanometrology organometallic catalysis chiral metal surfaces catalytic hydrodesulfurization water adsorption charge transport surface nanoengineering separation techniques kinetics (physics) separation science transformation kinetics fullerenes sustainable chemistry heterogeneous catalysis chemical technology general chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Atomic-Scale Origin of the Enantiospecific Decomposition of Tartaric Acid on Chiral Copper Surfaces. Chemical Communications (2024)

Avery S. DanielsAndrew J. GellmanE. Charles H. Sykes

nanotechnologymembrane sciencechemistryenantiospecific decompositionchemical sciencesatomic-scale originstructural compositionchiral copper surfaceschemical biologysurface chemistryinorganic chemistrysurface sciencematerial chemistrychemical synthesistartaric acidchemical evolutionbiophysicssurface reactivitytransition metal chemistrytrace elementsmaterials science

H 2 –D 2 Exchange Activity and Electronic Structure of Ag X Pd 1– X Alloy Catalysts Spanning Composition Space. ACS Catalysis (2024)

Nicholas GolioIrem SenXiaoxiao YuPetro KondratyukAndrew J. Gellman

thermal catalysischemical reaction engineeringheterogeneous catalysiscatalysischemistryelectrochemistryintermetallicselectrochemical engineeringcatalytic materialselectrocatalystschemical engineeringcatalyst preparationcomposition spacehydrogen energystructural chemistrycoordination chemistryindustrial catalysistransition metal chemistrymaterials science

Measurement of Surface Segregation via He+ Ion Scattering in Cu Ag Au1-- Composition Spread Thin Films. Surface Science (2024)

Zhitao GuoRobert A. BurnleyAndrew J. Gellman

surface sciencesurface analysissurface chemistrysurface segregationsurface characterizationthin filmsmaterials science

Oxidative Corrosion Resistance of a Cr Fe Ni1-- Composition Spread Alloy Film (Csaf) in Dry Air. Applied Surface Science (2024)

Camille FerrisNicholas GolioHervé MartinezAndrew J. Gellman

thermal engineeringmaterials engineeringsurface treatmentsoxidative corrosion resistanceadvanced materialssurface sciencecoatingscorrosion resistanceapplied physicsmechanical engineeringdry airsurface chemistrysurface processingcorrosionsurface engineeringmaterials science

Structure Sensitive Reaction Kinetics of Chiral Molecules on Intrinsically Chiral Surfaces. The Journal of Physical Chemistry C (2024)

Kareem AbdelmaqsoudMichael RadeticCarlos Fernández-CabánMichael WidomJohn R. KitchinAndrew J. Gellman

chiral surfaceschemistryphysical chemistrychiral molecules

Surface Segregation Across Ternary Alloy Composition Space: Cu X Ag Y Au1- X - Y. (2024)

Andrew GellmanRobert BurnleyZhitao Guo

surface reactivitysurface tensionmetalssurface scienceinterface sciencechemistrysurface segregationapplied physicsinterface (matter)materials science

Surface Segregation Studies in Ternary Noble Metal Alloys: Comparing Dft and Machine Learning With Experimental Data. ChemPhysChem (2024)

Kirby BroderickRobert A. BurnleyAndrew J. GellmanJohn R. Kitchin

physicssurface sciencecomparing dftmachine learningsurface segregation studiesdensity functional theoryexperimental datachemistrycondensed matter physicsmaterials science

Activation by O 2 of Ag X Pd 1– X Alloy Catalysts for Ethylene Hydrogenation. ACS Catalysis (2023)

Nicholas GolioAndrew J. Gellman

catalytic applicationscatalytic processchemical engineeringindustrial catalysiscatalysisethylene hydrogenationcatalyst preparationcatalyst activationmaterials science

Alloy Corrosion and Passivation Spanning Composition Space. Chemical Communications (2023)

Camille FerrisNicholas GolioHerve MartinezAndrew J. Gellman

composition spacematerials engineeringchemical engineeringengineeringmaterials sciencealloy corrosion

Influence of the Molten Srcl2 Treatment on the Surface Structure and Photochemical Reactivities of Srtio3. Applied Surface Science (2023)

Mingyi ZhangZhitao GuoAndrew J. GellmanPaul A. SalvadorGregory S. Rohrer

surface treatmentschemical engineeringsurface sciencephotochemical reactivitiesphotocatalysissurface structureenvironmental engineeringsurface chemistrymaterials science

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Andrew Gellman

Lord Professor Lord Professor of Chemical Engineering

Carnegie Mellon University

Affiliations

College of Engineering

Chemical Engineering

Materials Science and Engineering

Mellon College of Science

Chemistry

Andrew Gellman is currently serving as a Chemical Engineering Lord Professor Lord Professor of Chemical Engineering at Carnegie Mellon University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Andrew Gellman

Carnegie Mellon University

Lord Professor Lord Professor of Chemical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Atomic-Scale Origin of the Enantiospecific Decomposition of Tartaric Acid on Chiral Copper Surfaces. Chemical Communications (2024)

Avery S. DanielsAndrew J. GellmanE. Charles H. Sykes

H 2 –D 2 Exchange Activity and Electronic Structure of Ag X Pd 1– X Alloy Catalysts Spanning Composition Space. ACS Catalysis (2024)

Nicholas GolioIrem SenXiaoxiao YuPetro KondratyukAndrew J. Gellman

Measurement of Surface Segregation via He+ Ion Scattering in Cu Ag Au1-- Composition Spread Thin Films. Surface Science (2024)

Zhitao GuoRobert A. BurnleyAndrew J. Gellman

surface sciencesurface analysissurface chemistrysurface segregationsurface characterizationthin filmsmaterials science

Oxidative Corrosion Resistance of a Cr Fe Ni1-- Composition Spread Alloy Film (Csaf) in Dry Air. Applied Surface Science (2024)

Camille FerrisNicholas GolioHervé MartinezAndrew J. Gellman

Structure Sensitive Reaction Kinetics of Chiral Molecules on Intrinsically Chiral Surfaces. The Journal of Physical Chemistry C (2024)

Kareem AbdelmaqsoudMichael RadeticCarlos Fernández-CabánMichael WidomJohn R. KitchinAndrew J. Gellman

chiral surfaceschemistryphysical chemistrychiral molecules

Surface Segregation Across Ternary Alloy Composition Space: Cu X Ag Y Au1- X - Y. (2024)

Andrew GellmanRobert BurnleyZhitao Guo

surface reactivitysurface tensionmetalssurface scienceinterface sciencechemistrysurface segregationapplied physicsinterface (matter)materials science

Surface Segregation Studies in Ternary Noble Metal Alloys: Comparing Dft and Machine Learning With Experimental Data. ChemPhysChem (2024)

Kirby BroderickRobert A. BurnleyAndrew J. GellmanJohn R. Kitchin

physicssurface sciencecomparing dftmachine learningsurface segregation studiesdensity functional theoryexperimental datachemistrycondensed matter physicsmaterials science

Activation by O 2 of Ag X Pd 1– X Alloy Catalysts for Ethylene Hydrogenation. ACS Catalysis (2023)

Nicholas GolioAndrew J. Gellman

catalytic applicationscatalytic processchemical engineeringindustrial catalysiscatalysisethylene hydrogenationcatalyst preparationcatalyst activationmaterials science

Alloy Corrosion and Passivation Spanning Composition Space. Chemical Communications (2023)

Camille FerrisNicholas GolioHerve MartinezAndrew J. Gellman

composition spacematerials engineeringchemical engineeringengineeringmaterials sciencealloy corrosion

Influence of the Molten Srcl2 Treatment on the Surface Structure and Photochemical Reactivities of Srtio3. Applied Surface Science (2023)

Mingyi ZhangZhitao GuoAndrew J. GellmanPaul A. SalvadorGregory S. Rohrer

surface treatmentschemical engineeringsurface sciencephotochemical reactivitiesphotocatalysissurface structureenvironmental engineeringsurface chemistrymaterials science

1
2
3
4
5
59
10 / page

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Similar Faculty Members

Talat S. Rahman

Institution

University of Central Florida

density functional theory

functional materials

Anatoly Frenkel

Institution

Stony Brook University

machine learning methods

physico-chemical properties

Gregory Rohrer

Institution

Carnegie Mellon University

manufacturing

engineering

Moon Kim

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University of Texas at Dallas

wafer bonding

additive manufacturing

Wenyu Huang

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Iowa State University

nanoheterogeneous catalysis

chemistry

Adri van Duin

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Pennsylvania State University

energy research

chemistry

Nan Jiang

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nanostructure synthesis

nanomaterials

Andrew A Gewirth

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Ping Liu

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chemistry

catalysis

Yushan Yan

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electrolyzer cell

fundamental electrochemistry